Please answer all the questions

Six processes are to be laid out in six areas along a long corridor at Rita Gibson Accounting Services in Daytona Beach. The distance between adjacent work centers is 40 feet. The number of trips between work centers is given in the following table: F Figure 1. Interstation Activity Mix Trips between processes To: From: A B C D E 16 27 75 12 98 22 40 D 31 20 20 56 47 22 57 52 F a) Based on the given flows between processes, one should ensure that the processes B and C are in adjacent rooms as they have the highest number of moves between each other Based on the given flows between processes, one should ensure that processes A and D are in adjacent rooms as they have the second highest number of moves between each other. Based on the given flows between processes, one should ensure that processes and F are in adjacent rooms as they have the third highest number of moves between each other. The goal is to assign the processes to the work areas in a way that minimizes the total flow, using a method that places processes with highest flow adjacent to each other. Work stations for processes C, D, and have been already determined Using the "highest flow adjacent to each other" rule, work station 5 should have: D E C Using the highest flow adjacent to each other" rule, work station 1 should have: A D E B Using the "highest flow adjacent to each other" rule, work station 3 should have: A D E B For the layout that you have developed based on the preassigned work stations for processes C, D, and E, the cumulative "load x distance" or "movement cost' = 44,360 feet (enter your response as a whole number). b) The goal is to assign the processes to the work areas in a way that minimizes the total flow. For an altemate layout, work stations for processes C, D, E, and F have been already determined. Workstation 5 should have process D F E Work station 1 should have process: A D F B E The cumulative distance for the improved layout = 43,960 feet (enter your response as a whole number)